Research on Non-invasive Load Decomposition Algorithm Based on Attention Mechanism of Convolutional Neural Network

Jian Sun, Mingkai Li, Pengbo Shi, Oian Li, Jinshan Zhu, Wei Hu, Qiuting Guo
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引用次数: 0

Abstract

As residential users pay more and more attention to the electricity consumption of electrical equipment, non-invasive load decomposition research has become one of the important applications of artificial intelligence algorithms for end users. Deep learning models have gradually gained unique advantages in the application of non-invasive load decomposition. In this paper, based on convolutional block attention module, the attention mechanism is introduced to update the weight distribution and obtain more effective feature maps. Then the long - term memory network is used to establish a time window to learn the data features and decompose the load. The deep learning framework proposed in this paper has a simple structure and can significantly improve the efficiency and accuracy of load decomposition. The method is validated based on the public dataset UKdale.
基于卷积神经网络注意机制的无创负荷分解算法研究
随着住宅用户越来越关注用电设备的用电量,无创负荷分解研究已成为人工智能算法面向终端用户的重要应用之一。深度学习模型在非侵入式负载分解的应用中逐渐获得了独特的优势。本文在卷积分块注意模块的基础上,引入注意机制来更新权重分布,获得更有效的特征映射。然后利用长时记忆网络建立时间窗,学习数据特征并分解负载。本文提出的深度学习框架结构简单,可以显著提高负载分解的效率和准确性。基于公共数据集UKdale对该方法进行了验证。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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